Sartorius เครื่องผลิตน้ำบริสุทธิ์สูง รุ่น Arium mini essentail UV

รหัสสินค้า : Arium_mini_essentail_UV

ราคา

386,000.00 THB


450,000.00 THB

 (-14%)
จำนวนที่จะซื้อ
ราคารวม 386,000.00 THB

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สินค้าหมด

The Sartorius Water Purification System SWPH2O-MU-UV-T_Arium mini essential UV H2O-MU-UV-T is designed to provide ultrapure water for laboratory applications,

specifically catering to the Type 1 water requirements of approximately 10 liters per day.


Key Features:

  • Compact design with a width of only 28 cm for easy integration into lab environments
  • Three system options available depending on input water source: Standard Arium Mini, Arium Mini Plus, Arium Mini Essential
  • Optional integrated UV lamp (185-254 nm) for reliable production of ultrapure water with minimal organic components
  • Flexible dispensing unit for ergonomic and convenient filling into various vessels

Advantages:

  • Space-saving design suitable for various lab setups
  • Consistent production of high-quality ultrapure water for analytical and critical applications
  • Flexibility in system configuration based on feed water source
  • Enhanced user experience with the manual and volume-controlled dispensing unit


เอกสาร
  1. Sartorius Brochure Arium Water Purification Systems.pdf
วิดีโอ
• ASTM Type 1 ultrapure water production output 
• Flow rate 1 L/min 
• Conductivity : 0.055 μS/cm
• Resistivity1 18.2 MO + cm compensated to 25 °C

  • Large touch display with self-explanatory navigation
  • Direct access to all available dispensing options (direct/volume/favorite)
  • Optional UV lamp for efficient organic (TOC) reduction
  • Produce ASTM Type 1 ultrapure (18.2 MOhm)
  • Small Footprint, only 28 cm width
  • Volume dispense from 50 ml
  • Delivers a flow rate of 1 liter per minute

The system is equipped with a high-resolution, touch-activated color display. Easy-to-understand icons guide the user intuitively through the menu. The Favorites function automatically stores the volume last dispensed. This increases efficiency and prevents errors during repeated dispensing of identical volumes.

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